Emergent Photons and Gravitons:The Problem of Vacuum Structure
J. D. Bjorken
TL;DR
This paper explores the complex vacuum structures related to emergent quantum electrodynamics, torsion, and quantum cosmology, highlighting their implications for understanding fundamental particles and the universe.
Contribution
It introduces new perspectives on vacuum condensates and the role of the Kodama wave function in quantum cosmology, linking emergent phenomena with gravitational and electromagnetic theories.
Findings
Vacuum condensates are linked to emergent QED and torsion.
The Kodama wave function may play a role in quantum cosmology.
Insights into vacuum structure could impact fundamental physics theories.
Abstract
We discuss vacuum condensates associated with emergent QED and with torsion, as well as the possible role of the Kodama wave function in quantum cosmology.
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